Typical price i
420,– to 940,–

Offers higher bandwidth and improved speed compared to previous generations.

Ideal for high-performance computing environments, providing enhanced multitasking and faster data handling.

Typical price i
130,– to 320,–

Balances speed and affordability, widely used in modern systems.

Suitable for general-purpose computing, delivering reliable performance for everyday tasks.

Typical price i
43,– to 120,–

An older technology with lower speed and efficiency.

Best for budget-friendly setups or older systems that do not require high-speed data processing.

Typical price i
80,– to 240,–

Provides a basic level of performance suitable for everyday computing tasks.

Ideal for users with standard usage requirements, offering a cost-effective solution without compromising functionality.

Typical price i
140,– to 420,–

Offers a higher performance level that supports more demanding applications and multitasking.

Recommended for users who require enhanced speed for gaming or creative software, striking a balance between cost and efficiency.

Typical price i
420,– to 940,–

Delivers top-tier speed that can handle extreme computational loads and intensive applications.

Perfect for enthusiasts and professionals who need superior performance, ensuring optimal efficiency in high-demand environments.

Typical price i
150,– to 710,–

DIMM modules are larger and typically used in desktop computers, providing high capacity and performance.

Ideal for users looking to upgrade or build desktops, offering robust performance for multitasking and demanding applications.

Typical price i
110,– to 260,–

SO-DIMM modules are smaller and designed for laptops and compact systems, maximizing space efficiency.

Perfect for those upgrading laptops or small form factor PCs, ensuring compatibility and efficient performance in limited space.

Typical price i
130,– to 550,–

U-DIMM modules are unbuffered, offering faster speeds and lower latencies compared to buffered DIMMs.

Best suited for home or office desktops where speed and responsiveness are prioritized over maximum stability.

Lacks additional buffering, allowing direct communication between RAM and the CPU.

Suitable for standard home and office PCs, offering cost-effectiveness and simplicity in setup.

Includes a register between the RAM and the CPU to enhance signal integrity.

Ideal for servers and workstations, providing increased stability and reliability during intensive tasks.

Combines registered buffering with error-correcting code (ECC) to detect and correct data errors.

Recommended for critical applications requiring maximum data accuracy and system uptime, such as scientific computing and financial analysis.

Typical price i
180,– to 680,–

Standardized by the Joint Electron Device Engineering Council, JEDEC ensures universal compatibility across various systems.

RAM certified with JEDEC is reliable for general use, providing consistent performance in diverse environments without manufacturer-specific settings.

Typical price i
160,– to 640,–

Intel's Extreme Memory Profile (XMP) allows for easy overclocking, enhancing RAM speed beyond standard specifications.

XMP-certified RAM is ideal for gamers and enthusiasts seeking improved performance, enabling custom settings for optimal speed and efficiency.

Typical price i
520,– to 990,–

AMD's Extended Profiles for Overclocking (EXPO) provides tailored overclocking for AMD systems, optimizing performance.

EXPO-certified RAM is recommended for users with AMD processors, offering a straightforward way to enhance speed and responsiveness for demanding tasks.

Typical price i
140,– to 440,–

Low voltage RAM, typically offers reduced power consumption, ideal for energy-efficient systems.

Recommended for laptops and compact devices where minimal heat generation and battery longevity are priorities.

Typical price i
150,– to 710,–

Standard voltage range for DDR4 RAM, balancing performance and power efficiency.

Suitable for most desktop applications, providing reliable performance without excessive power draw.

Typical price i
570,– to 1100,–

Higher voltage RAM can enhance performance, particularly in overclocking scenarios.

Best utilized in gaming or high-performance computing setups where speed is prioritized over power efficiency.